Suture management system

ABSTRACT

Assemblies, devices and methods are provided for suture management associated with surgical procedures for anchoring suture to bone. Suture elements mounted to suture anchors are terminated in suture loops or tags, and associated stop members that in combination with visual coding provide suture identification, prevent accidental unmounting of suture from suture anchors, and reduce the number of suture legs requiring active management during complex arthroscopic repairs. The present invention also provides exemplary drivers that can be used with the various methods and devices disclosed herein, or with other methods and devices known in the art.

REFERENCE TO RELATED APPLICATIONS

This application is a continuation of U.S. patent application Ser. No.14/457,423, filed on Aug. 12, 2014, entitled “Suture Management System,which is a divisional application of U.S. patent application Ser. No.11/857,486, filed on Sep. 19, 2007, entitled “Suture Management System”,now U.S. Pat. No. 8,821,542 which claims priority from U.S. ProvisionalPatent Application Ser. No. 60/855,628, filed on Oct. 31, 2006, entitled“Suture Management System”, which is expressly incorporated by referenceherein.

FIELD OF THE INVENTION

The present invention relates generally to medical devices andprocedures, and more particularly to systems and methods for attachingsoft tissue to bone.

BACKGROUND OF THE INVENTION

The complete or partial detachment of ligaments, tendons or other softtissues from their associated bones within the body are relativelycommonplace injuries. Such injuries are generally the result ofexcessive stresses being placed on these tissues. By way of example,tissue detachment may occur as the result of an accident such as a fall,overexertion during a work-related activity, during the course of anathletic event, repetitive stress, or in any one of many othersituations and activities.

In the case of a partial detachment, the injury may heal itself, ifgiven sufficient time and provided that care is taken not to expose theinjury to further undue stress. In many cases, however, surgery may beneeded to reattach the soft tissue to its associated bone or bones.Numerous devices are currently available to reattach the soft tissue tobone. Examples of currently available devices include screws, staples,tacks and suture anchors.

In soft tissue reattachment procedures utilizing suture anchors, one ormore anchors, each bearing one or more strands of suture, are deployedin the bone in the desired area of tissue reattachment. The suture maybe mounted to the suture anchor by passing through an eyelet associatedwith the suture anchor, about a portion of the suture anchor, or by inanother conventional manner. Free ends or loops of the suture are passedthrough or around the soft tissue and are used to tie or otherwisesecure the soft tissue to the bone. A surgical needle is typicallymounted to one end of each suture strand to facilitate passage of thesuture through tissue.

Complex or extensive surgical repairs may require the use of severalsuture anchors and up to several times as many free suture ends. Inthese procedures, tracking of individual suture strands and theirrelationship to one another, that is, suture management, can presentparticular challenges for a surgeon, particularly since such proceduresare often arthroscopically performed using remote visualization. Thesurgeon must be able to identify which suture ends are associated witheach suture anchor and with each other, to properly execute a repair andto ensure that a suture is not accidentally demounted from an anchor. Inarthroscopic repair procedures, suture management can be particularlydifficult because the visibility of the anchors at the surgical site,and of the sutures associated with the anchors, may be very limited. Inaddition, simply the presence of a large number of suture strandsextending from a surgical site can result in physical and visualclutter, further increasing the difficulty of the surgical procedure forthe surgeon, and presenting a risk of tangling sutures. Color-coding orotherwise visually marking sutures for identification is known in thisart, but can provide only limited relief of these suture managementissues, particularly when a required type of suture is available in onlya very limited number of visually distinct colors or patterns, andseveral similarly loaded multi-suture anchors are deployed during aprocedure. In addition, visual coding of sutures by itself does notreduce physical or visual clutter associated with a multiplicity ofsutures deployed at the surgical site. Yet another factor is the speedand efficiency in which the procedure is performed. The patient istypically best served by being under anesthesia for the shortestpossible period of time. Difficulties in managing sutures can complicateand prolong the duration of a procedure.

Accordingly, there remains a need for improved methods and devices formanaging sutures in surgical procedures for repairing soft tissue tobone.

SUMMARY OF THE INVENTION

One aspect of the present invention is a surgical repair assembly. Theassembly includes a suture anchor having a body, at least one sutureengagement member such as an eyelet on or associated with at least aportion of the anchor body for passing suture, and at least one fixationelement on the body for engaging bone A suture element can be passedthrough each eyelet. Each suture element has a first end, a second endand a suture diameter adapted for passing slidably through therespective eyelet. The first end terminates in a suture loop or a tag,and a stop member is positioned substantially adjacent to the loop ortag along the suture element, the stop member preventing the sutureelement from sliding entirely through the respective eyelet. In anembodiment, the first end and the second end of each suture element arevisually coded for identification with one another.

In embodiments including two or more suture elements mounted on ananchor, the suture elements are visually coded to uniquely identify eachelement. The surgical repair assembly can also include a suture anchorinstallation tool having a proximal handle, a distal anchor engagementmember for driving the suture anchor into bone, and a longitudinallyslotted shaft therebetween, the slotted shaft being adapted forretaining at least one loop or tag and respective stop member.

Another aspect of the present invention is a method for reattaching softtissue to a bone, The method includes providing a suture anchor having asuture mounted thereto via a suture engagement member, for example,through an eyelet. A suture element is positioned slidably through themember or eyelet. The suture element has a first end and a second end,the first end terminating in a suture loop secured by a knot formed inthe suture element. The knot is sized to prevent its passage through themember or eyelet. The method further comprises fixing the suture anchorinto the bone, sliding the suture element through the member eyelet toposition the knot and the loop adjacent to the member or eyelet, andgrasping and pulling the loop to position the suture element forsecuring the tissue to the bone. The method further includes using thesuture element to secure the tissue to the bone. Securing the tissue tobone can be performed using surgical knots or other suture securingmethods.

BRIEF DESCRIPTION OF THE DRAWINGS

The invention will be more fully understood from the following detaileddescription taken in conjunction with the accompanying drawings, inwhich:

FIG. 1 illustrates an embodiment of a suture anchor assembly accordingto the present invention including sutures terminating in tags andmounted to a suture anchor;

FIG. 2 illustrates an embodiment of a suture anchor assembly accordingto the present invention including sutures terminating in loops andmounted to a suture anchor, FIG. 2a illustrates an embodiment of asuture anchor assembly according to the present invention;

FIG. 3a illustrates an embodiment of a suture anchor assembly accordingto the present invention including a suture anchor having a distallypositioned suture eyelet;

FIG. 3b illustrates an embodiment of a suture anchor assembly accordingto the present invention including a suture anchor having an internalsuture-mounting member;

FIG. 3c illustrates an embodiment of a suture anchor assembly accordingto the present invention including a multi-part suture anchor having asuture-mounting member;

FIG. 4 illustrates an embodiment of an anchor inserter according to thepresent invention;

FIG. 5a illustrates a prior art arrangement of sutures about a surgicalsite; and

FIG. 5b illustrates an embodiment of suture management about a surgicalsite using suture anchor assemblies according to an embodiment of thepresent invention;

DETAILED DESCRIPTION OF THE INVENTION

Certain exemplary embodiments will now be described to provide anoverall understanding of the principles of the structure, function,manufacture, and use of the devices and methods disclosed herein. One ormore examples of these embodiments are illustrated in the accompanyingdrawings. Those skilled in the art will understand that the devices andmethods specifically described herein and illustrated in theaccompanying drawings are non-limiting exemplary embodiments and thatthe scope of the present invention is defined solely by the claims. Thefeatures illustrated or described in connection with one exemplaryembodiment may be combined with the features of other embodiments. Suchmodifications and variations are intended to be included within thescope of the present invention.

The present invention generally provides suture anchor assemblies,methods and devices for anchoring suture to bone. The assemblies,methods and devices of the present invention provide for the managementof suture routing, positioning and identification during surgicalprocedures, with particular application to procedures that include theapproximation of soft tissue to bone using one or more suture anchorshaving one or more suture elements mounted thereto. The presentinvention also has particular application to arthroscopic surgery,although there is utility in other surgical procedures as well, such asopen procedures.

As disclosed herein, various features can be formed on at least one endof a suture element that is used with a suture anchor assembly. Examplesof such features, as described below, include tags and loops. Althoughembodiments of suture anchor assemblies with tags and loops arediscussed separately, one skilled in the art will appreciate that asurgical procedure typically uses more than one suture anchor assembly,and that in any given surgical procedure, the suture elements caninclude the same types of features or different types of features.

A tag-terminated suture anchor assembly 100 according to one embodimentof the present invention is illustrated in FIG. 1. The assembly 100includes a suture anchor 102 having a proximal end 104, a distal end 106and first eyelet 108 having opening 109. A first surgical suture elementor suture 110 having a first end 112 and a second end 114 can beslidably mounted through the opening 109 of first eyelet 108.

The first end 112 of the first suture element 110 can include a firststop member 116 and a first tag 118. In one embodiment, the first stopmember 116 is dimensioned so that it cannot readily pass through thefirst eyelet 108, thereby preventing the first suture element 110 frombeing accidentally demounted from the anchor 102 by pulling the secondend 114 of the first suture element 110. The first stop member 116 andthe first tag 118 can be constructed from any materials compatible withpositioning in a living body during a surgical procedure, i.e.,biocompatible materials. The first stop member 116 is sized to preventpassage through the first eyelet 108. In one embodiment, the first stopmember 116 is a knot in the first suture element 110. In otherembodiments, the first stop member 116 is one of a crimp, a bead bondedto the first suture element, heat shrinkable tubing, a compressionfitting, a molded section of the suture, or another type of equivalentstop member. The first stop member 116 can also be visually coded usingcolor, shape, pattern or size to distinguish it from a stop member onanother suture element, to associate it with another portion of thefirst suture element 110. For example, the second end 114 of the firstsuture element 110, or to associate it with the first tag 118. Ifdesired, multiple stop members may be mounted on or formed into the endof the suture.

The first tag 118 provides a visual indicator of the position of thefirst end 112 of the first suture element 110, identification of thefirst tag 118 with the second end 114 of the first suture element 110, avisual code to distinguish the first suture element 110 from anothersuture element, and a surface for convenient grasping by the surgeonusing forceps or another surgical tool, for manipulating the firstsuture element 110. Multiple tags may be mounted to the end of thesuture if desired. Any kind of visual code compatible with use in asurgical field can be used, including a color code, a visual patterndisplayed on the first tag 118, or incorporated into the shape of thefirst tag 118. Suture markings for visual coding can incorporate coloredwax, markers, additional tags, or other means. In one embodiment, atleast one of the first stop member 116 and the first tag 118 is visuallycoded for identification with the second end 114 of the first sutureelement. For example, a color coding, shape or other identifyingcharacteristics of the tag can match a color coding, shape or otheridentifying characteristic on the second end of the suture element. Thefirst tag 118 is sized for visibility and for convenience of graspingduring the surgical procedure. In one embodiment, the first tag 118 hasa maximum dimension of about 10 mm. In another embodiment, the first tag118 can include an aperture for engagement by a hook, a surgicalgrasper, or for passing another suture element therethrough. In oneembodiment, the first tag 118 is spaced apart from the first stop member116 by a segment of suture 120 along the first suture element 110. Inanother embodiment, the first stop member 116 and the first tag 118 arepositioned adjacent to one another along the first suture element 110.In yet another embodiment, the first stop member 116 is integral withthe first flag 118. If desired, tactile elements may be formed into ormounted to the tag. In addition, at least one tag can optionally haveone or more holes 119 formed therein. If present, such that a sutureelement is able to pass therethrough.

A suture anchor used in suture anchor assemblies of the presentinvention can include a plurality of eyelets or other structures formounting suture. In addition, a single suture eyelet of an anchor can besized to pass two or more sutures, while corresponding stop members aresized to prevent either of the two or more sutures from being demountedthrough the eyelet. In one embodiment, the suture anchor 102 can includea second eyelet 122 with a second suture element 124 mounted slidablytherethrough. Further, the second suture element 124 can be structurallysimilar to the first suture element 110, but may differ in color orvisible pattern from the first suture element 110. The second sutureelement 124 includes a second stop member 126 for restricting passagethrough the second eyelet 122, and a second tag 128. One or both of thesecond stop member 126 and the second tag 128 is coded to visuallydistinguish the second suture element 110 from the first suture element124.

As illustrated, suture anchor 102 can include at least one fixationfeature 130 for engaging bone and fixing the suture anchor 102 into bone132. In one embodiment, the suture anchor 102 is fixed in the bone 132such that it is positioned entirely below the surface 134 of the bone'scortical layer 136. The feature 130 can comprise any type ofconventional fixation features suitable for fixing the anchor to bone,including one or more of screw threads, ridges, barbs, one or moretoggle members, an expandable outer surface, or an adhesive.

FIG. 2 illustrates another embodiment in which a suture anchor assembly150 is loop-terminated. The loop-terminated assembly 150 resembles thetag-terminated assembly 100, except that the loop-terminated assembly150 includes closed loops of material in place of the tags 118, 128 ofthe tag-terminated assembly 100. A first loop-ended suture element 152having a first end 154 and a second end 156 is shown to be mountedthrough the first eyelet 108. The first end 154 of the first loop-endedsuture element 152 can include a first stop member 158 and a first loop160. In one embodiment the first stop member 158 can be a knot thatcloses the first loop 160 and that is dimensioned so that it cannotreadily pass through the first eyelet 108, thereby preventing the firstloop-ended suture element 152 from being demounted from the anchor 102by pulling the second end 156. The assembly 150 can further include asecond loop-ended suture element 162 having a second loop 160′ and asecond stop member 158′ mounted to the second eyelet 122. The secondloop-ended suture element 162 resembles the first loop-ended sutureelement 152, but it can be visually coded so that the first 152 andsecond 162 suture elements can be uniquely identified with respect toone another. In another embodiment, three or more suture elements can bemounted to the anchor 102. The loops 160, 160′ may be formed in thesuture or they may be separate loops that are attached to the ends ofthe suture.

Although not necessary, at least one loop 160, 160′ may optionallyinclude an additional feature, such as a tag 161, formed thereon.

In one embodiment the stop member 158, 158′ is a knot that can be in theform of a fixed knot. In another embodiment the stop member 158, 158′ isa knot in the form of a slipknot such that the size of first and secondloops 160, 160′ is adjustable. In one embodiment, a loop 382 associatedwith a suture element according to the present invention is incorporatedinto a suture knot 400 formed as part of a surgical repair procedure. Ina further embodiment, the loop incorporated into the suture knot isitself fastened using a slipknot and the loop is cinched closed alongwith tying suture for the repair procedure. In another embodiment one ormore additional suture elements 402 can be passed through the loop 160,160′, followed by one or more of cinching and tying the loop topermanently couple the one or more additional suture elements to theloop, see also FIGS. 2a and 5 b.

One skilled in the art will appreciate that first and second stopmembers 158, 158′ can be of any construction compatible with positioningin a living body during a surgical procedure, and sized to prevent itspassage through the first eyelet 108. In other embodiments, the firstand second stop members 158, 158′ is one or more of a crimp, a beadbonded to the first suture element, heat shrinkable tubing, acompression fitting, or another type of stop member. In an embodiment,the stop members 158, 158′ are visually coded to be physicallydistinguishable each other or from a stop member on other sutureelements. In this way it is possible to associate a given stop member,such as the first stop member 158, with another portion of the firstsuture element 152, for example, the second end 156. The stop elements158, 158′ can be integral with the loop 160, 160′ attached to the samesuture element, or the stop elements can be separate from such a loop.

Suture anchors used in assemblies according to the present invention caninclude eyelets or other suture-mounting features at any location on orassociated with the suture anchor. As illustrated in FIGS. 1 and 2, forexample, a suture eyelet can be located near the proximal end 104 of theanchor 102 for use in an assembly according to the present invention.FIG. 3a illustrates an embodiment of a suture anchor assembly 200wherein an anchor 202 having a proximal end 204, a distal end 206, andbone-fixation features 208 as described above, includes one or moresuture eyelets 210 positioned near the distal end 206. The assembly 200also comprises one or more suture elements 212 with a tag or a looptermination at one end as described above. In one embodiment, as shown,the suture anchor 202 can have a proximal opening 214 for internalengagement with an inserter for assisting in fixing the anchor 202 inbone. In other embodiments, eyelets for passing suture can beintermediately positioned between a proximal and distal end of ananchor. In yet another embodiment, an eyelet can be in the form of aflexible loop that extends from a surface of an anchor.

FIG. 3b illustrates another embodiment of a suture anchor assembly 220according to the present invention, including a suture anchor 222 havinga proximal end 224, a distal end 226, and external bone-fixationfeatures 228 as described above. As shown, the anchor can also include alongitudinal passage 230 and at least one internal member 232, which canbe transverse to the passage 230 about which one or more suture elements234 of the type described above can be passed. Further, each sutureelement 234 can have a tag or a loop termination at one end as describedabove. Each internal member 232 can be integral to the body of theanchor 222, or it can be a cross-member positioned substantiallytransversely to the longitudinal passage 230. The proximal end 236 ofthe longitudinal passage 230 can be adapted for internal engagement withan inserter for assisting in fixing the anchor 222 in bone. In oneembodiment, the suture assembly 220 includes two suture elements mountedto the anchor 222. In another embodiment, the suture assembly includesthree or more suture elements mounted to the suture anchor 222.

FIG. 3c illustrates yet another embodiment of a suture anchor assembly240 according to the present invention, The assembly 240 is seen toinclude a suture anchor 242 having a proximal end 244, a distal end 246,an inner body portion 248 having at least one suture-mounting passage250, and an outer body portion 252 having a channel 254 for receivingthe inner portion 248 and bearing one or more bone fixation features256. The inner portion 248 can be configured to slidably fit into thechannel 254 to assemble the anchor 242. The assembly 240 can alsoinclude at least one suture element 258 of the type having a tag or aloop termination of the type described above. In one embodiment, thesuture element 258 is mounted through a corresponding passage 250 beforethe inner body portion 248 is assembled to the outer body portion 254.In a further embodiment, the outer body portion 254 can be expandable toassist in fixing the anchor 242 into bone. In yet another embodiment,assembly of the inner body portion 248 fully into the outer body portion254 can lock the position of the suture element 252 with respect to theanchor 242. In one embodiment, the suture assembly 240 includes twosuture elements 252 mounted to the anchor 242. In another embodiment,the suture assembly includes three or more suture elements 252 mountedto the suture anchor 242.

One embodiment of an insertion tool 300 useful in accordance with thepresent invention is illustrated in FIG. 4. As illustrated, theinsertion tool 300 can include a shaft 302 having a distal end 304adapted for mounting to a suture anchor 306, and a proximal end 308connected to a handle 310. In various embodiments, the shaft 302 isadapted to engage an external portion of the anchor 306 (as illustratedin FIG. 4). Although not illustrated, one skilled in the art willappreciate that the shaft 302 can alternatively engage an internalportion of an anchor, for example, to engage the anchor typesillustrated in FIG. 3a or 3 b.

In one embodiment, the shaft 302 is at least one of partiallycannulated, having a lumen 312 extending at least partiallytherethrough. Further, one or more slots 314 can extend from lower 312through shaft 302 for receiving a portion of one or more suture elements316 of the type described above and mounted to the suture anchor 306. Inone embodiment, a slot cover 318 can be used to retain each sutureelement in the slot 314 during insertion of the anchor 306 into bone.

In one embodiment, the inserter 300 is adapted for pushing an anchor 306into a bone hole. In another embodiment, the inserter 300 is adapted atthe distal end 304 to rotationally engage the suture anchor 306 to drivethe anchor 306 into bone.

In another embodiment, the suture element 316 can include a suture loop320 that is positioned proximally along the shaft 302 for insertion andfixation of the suture anchor 306 into bone, following which a free end322 of the suture element 316 is pulled to position the suture loop 320distally, in proximity to the suture anchor 306, until used by thesurgeon to connect the suture element 316 to tissue.

Surgical repair procedures using suture assemblies according to thepresent invention can dramatically reduce the number of suture legs thatemerge from a surgical site and that require management during asurgical procedure, relative to known suture anchor assemblies andmethods. FIG. 5a illustrates a prior art example 350 of two sutureanchors 352 fixed in a bone 354 at a surgical site 356, in preparationfor repairing soft tissue 358 by attaching it to the bone 354. Each ofthe two anchors 352 include two sutures 360 mounted thereon, resultingin eight suture legs 362 emerging from the surgical site and requiringmanagement by the surgeon.

FIG. 5b illustrates an example 370 of suture management for a repairsimilar to that described in association with FIG. 5a , but using sutureassemblies according the present invention. In FIG. 5b , two sutureanchors 372 are fixed in a bone 374 at a surgical site 376 inpreparation for repairing soft tissue 378 to the bone 374. Twoloop-ended suture elements 380 as described above are mounted to each ofthe two anchors 372, with respective suture loops 382 positioned inproximity to the respective anchors 372. As illustrated only four suturelegs 384 lead from the surgical site 376, halving the number of suturelegs requiring active management, relative to the illustration of FIG.5a . Thus eight limbs of suture are managed with only four limbs exitingthe surgical site. When ready to use a specific suture element for arepair step, the surgeon can grasp or hook the associated loop to pull aportion of the suture element slidably through an eyelet of the anchor,for passing through or around tissue, for tying, or cutting as needed.

In another embodiment, a suture anchor assembly according to the presentinvention is provided as a kit including a suture anchor mounted to aninsertion tool, and one or more visually coded suture element asdescribed above, premounted to the anchor. In a further embodiment,several different kits are provided, each having unique visual coding ofincluded suture elements, thereby enabling the surgeon to takeadditional advantage of the suture management capabilities of thepresent invention for multi-anchor procedures. In an exemplary surgicalprocedure according to the present invention, the surgeon inserts ananchor into bone at a surgical site, using, for example, an anchor thatis premounted onto an inserter device and preloaded with one or moresuture elements including loops or tags. The surgeon then removes theinserter, leaving the anchor and one or more suture element in place atthe surgical site. The surgeon then moves the external (non-loop) limbsof suture to an access portal and passes one or both of the external andloop-bearing limbs through tissue. When ready to tie a knot, the surgeongrasps the visually coded loop as required and pulls it out of theworking portal. Then the surgeon ties the knot and removes the loop asor if required.

The sutures used in the assemblies of the present invention can be madefrom conventional biocompatible materials, both absorbable andnon-absorbable. Exemplary materials include but are not limited topolyester, polyethylene, polypropylene, silk, polydioxanone, PLA, PGA,copolymers and the like and equivalents thereof.

Suture anchor assemblies and their application according to the presentinvention have many advantages. These advantages include, but are notlimited to, advantages associated with ease of use for the surgeon andprobable reductions in surgical time and skill required to perform softtissue repairs to bone. Using suture anchor assemblies according to thepresent invention also reduces the number of suture limbs requiringmanagement about a surgical site, thereby reducing possible confusionand risk of tangling associated with having many suture limbs routedthrough arthroscopic surgical portals. A loop or flag end of a sutureelement can be kept near its associated suture anchor until needed bythe surgeon, at which time it can be grasped by the surgeon and pulledthrough a surgical portal to tie knots or to otherwise effect therepair. Suture anchor assemblies of the present invention can alsoinclude visual coding such as color coding of suture ends, flags, stopsand loops, to help distinguish one suture element from another, therebyfurther improving the ease of suture management with the presentinvention.

Another advantage is that stop members on suture elements according tothe present invention assist in preventing suture elements from beingaccidentally demounted from a suture anchor installed in a bone. Inaddition, suture loops associated with suture elements of the presentinvention assist identification and handling of suture elements during asurgical procedure.

Although this invention has been shown and described with respect todetailed embodiments thereof, it will be understood by those skilled inthe art that various changes in form and detail thereof may be madewithout departing from the spirit and scope of the claimed invention.

What is claimed is:
 1. A surgical repair assembly consisting of a singlesuture anchor and a plurality of sutures; the suture anchor having asuture anchor body adapted to be secured within a bone hole in a bonewith a purchase enhancement extending outwardly of the body whereby toenhance purchase between the suture anchor body and the bone when thesuture anchor is placed into the bone hole; a first suture element ofthe plurality of sutures having a free first end and a second end, thesecond end comprising a closed collapsible loop formed with a slipknotwhereby to allow the collapsible loop to be cinched closed, the firstsuture element being slidably attached to the anchor body at a locationalong the first suture element between the first end and the collapsibleloop; and a second suture element of the plurality of sutures receivedthrough the collapsible loop.
 2. The surgical repair assembly accordingto claim 1 wherein the collapsible loop is cinched to retain the secondsuture element therein.
 3. The surgical repair assembly according toclaim 1 wherein the collapsible loop is tied to retain the second sutureelement therein.
 4. The surgical repair assembly according to claim 1wherein a plurality of additional suture elements of the plurality ofsutures are received through the loop.
 5. The surgical repair assemblyaccording to claim 1 wherein the purchase enhancement is a bone threadwhereby to screw the suture anchor body into a bone.
 6. The surgicalrepair assembly according to claim 1 wherein the body comprises alongitudinal passage therein and the first suture element is slidablyattached to the body therein.
 7. The surgical repair assembly accordingto claim 6 and further comprising an internal member extending acrossthe passage about which the first suture element is received.
 8. Thesurgical repair assembly according to claim 1 wherein the suture anchoris configured to be mounted to a distal end of a shaft of an insertiontool.
 9. The surgical repair assembly according to claim 1 wherein thepurchase enhancement comprises threads about the anchor body.
 10. Thesurgical repair assembly according to claim 1 wherein the purchaseenhancement comprises one or more ridges.